zeolite的例句大全

Home water softeners make use of the ion exchange properties of natural or synthetic zeolite minerals.

在硬水地区,人们利用天然沸石或人造沸石的性质制作家庭用水软化器.

At last the application of the zeolite antibacterial agents is introduced.

最后介绍了沸石抗菌剂的应用.

The use of hydrous zeolite is a type of warm mix asphalt.

掺加含水沸石是中温化技术的一种.

The adsorbent a large zeolite such as zeolite X and zeolite Y.

吸附剂为大孔沸石,例如X型沸石和Y型沸石.

Excellence chelated ability and dispersive ability, It has good ability to zeolite.

超强的钙螯合能力, 优异的抗灰分沉积能力.与沸石、层硅等无机助洗剂复配性能良好.

A new type of germanic zeolite was synthesized in hydrothermal system.

在水热体系中合成了一种新型全锗沸石分子筛.

The most common synthesis technique of zeolite membranes-hydrothermal growthgrowth method, was introduced.

介绍了制备沸石分子筛膜最常用的水热合成法.

The analysis of SEM and XRD approved the formation of zeolite.

SEM及XRD分析证实了沸石结晶的生成.

Meanwhile, the market prospect of synthetic zeolite is also briefly introduced.

同时, 也简单介绍了国外合成分子筛的市场展望.

One gram of zeolite has an internal surface of about 500 square meters.

一克沸石具有大约500平方米的内部表面.

Zeolite is a kind of aqueous silicoaluminate mineral with excellent adsorption function.

沸石是一种具有优异吸附功能的含水硅铝酸盐矿物.

A zeolite is one kind of wash additive.

4A分子筛广泛用作洗涤剂助剂,需求量很大.

Zeolite can take the important role in developing chemical technology.

分子筛催化在开发环境友好工艺、促进可持续发展中具有极大的潜力.

Evolution of zeolite synthesis was reviewed.

综述了沸石分子筛的合成和最新进展.

Ammonium removal by modified zeolite , Ca-form zeolite, was examined batch-type methods.

通过静态方法研究了钙型沸石对氨氮的去除效果.

Pt-particle size was determined by three methods: Xray Diffraction Line Broadening, Transmission Electron Microscope and Hydrogen Chemisorption. The dispersion of Pt in NaY zeolite and the effect of Pt particle size on hydrogen spill-over were also discussed.

用X&射线衍射峰宽化法、透射电子显微镜和氢化学吸附三种方法测定了Pt粒大小，讨论了Pt在NaY中的分散性及三种测定分散度方法的特点。

This paper expounds in detail the microwave and the principle of microwave dielectric heating, and sums up the domestic and foreign researches on the unique phenomenon that the microwave energy absorbed by zeolite can be transformed into thermal energy under the condition of microwave heating.

详细阐述了微波以及微波介电加热原理，综述了国内外对微波加热条件下沸石吸收微波能转化为热能这一独特现象的研究情况。

Study on solid-state prepare of Cu ( I) Y zeolite and its application for thiophene-adsorption

Cu（I）Y沸石的固相制备及其吸附脱除噻酚的应用研究

Hemostatic effects of zeolite in a lethal vascular injury model in swine

沸石对猪致命性血管损伤模型的止血作用

Conclusion: The application of zeolite can successfully control hemorrhage, and ( reduce) blood loss and mortality rate in this lethal vascular injury animal model.

结论：沸石能有效控制本模型中动、静脉的致命性出血，显著降低死亡率。